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The purpose of this study is to explore the developmental networks of graduate students of color participating in PROMISE, Maryland’s Alliance for Graduate Education and…
The purpose of this study is to explore the developmental networks of graduate students of color participating in PROMISE, Maryland’s Alliance for Graduate Education and the Professoriate program, a National Science Foundation (NSF)-funded graduate retention and support program. The authors specifically examine how underrepresented minority students gain access to needed supports through building individual mentoring relationships and broader networks of support.
The authors rely on a case study approach to explore developmental networks and support accessed by students participating in the PROMISE program. A total of 16 students of color in STEM fields from three institutions in the University of Maryland System have participated.
Study findings reveal that scientists from underrepresented backgrounds construct and draw from diverse developmental networks that include individuals from within and outside of the academic community. Key relationships include advisors; faculty with whom they share identities, peers in and outside of their programs; and administrators. Developers play distinct roles within the networks including shaping students’ emerging professional identities as scientists and providing psychosocial support. Student agency and initiative as well as faculty engagement and programs like PROMISE further enhanced student access to mentorship.
This study offers unique insights into the nature, cultivation and resources gained from the relationships that make up the developmental networks of science graduate students from underrepresented backgrounds.
Traditional notions of mentoring and support, particularly in graduate education, highlight the role and importance of the student’s advisor in their growth and development. This study is unique in its focus on the multiple relationships students of color in science form. This study offers specific insight into the nature, construction and resources gained from developmental networks formed by a group of underrepresented minority students in STEM graduate education.
Complexity science may be described as a feminine science because it demands holistic thinking, something that women are generally better at than men. A total of 50 women…
Complexity science may be described as a feminine science because it demands holistic thinking, something that women are generally better at than men. A total of 50 women leaders in the USA, Canada, Australia, and the UK were interviewed, women who displayed what is called “third possibility leadership”, that is they were able to hold masculine and feminine values and behaviors in dynamic balance. Finds that they displayed characteristics in common: they were “paradoxical”, they gathered people together, they were “wholistic” thinkers, and they displayed well‐developed “relational intelligence”. Although they were effective leaders, their style of leadership was often invisible, and even demeaned, for socio‐cultural reasons.